compounds were investigated. Significant differences in the quantum efficiency and radiative decay constant for the ICT-based emission of the two compounds verified that the structural geometry around the o-carborane unit was a decisive factor in controlling the efficiency of the ICT-based radiative decay in o-carboranyl luminophores.
萘基和光物理性质
喹诺酮所附闭合碳- ö -carboranyl对子化合物进行了研究。两种化合物基于 ICT 的发射的量子效率和辐射衰减常数的显着差异证实了o-碳
硼烷单元周围的结构几何是控制基于 ICT 的o- carboranyl辐射衰减效率的决定性因素发光体。